Commodity : SAS (Solar Array Simulator)
- H/W :Solar Array Simulator
- S/W : Controller (To control SAS)
- Rack
1. Delivery
: Within Five Months after Contract
① On delivery H/W and S/W separated :
→ After H/W delivered first, S/W Acceptance Test
shall be completed within Two months.
② On delivery H/W and S/W combined :
→ Acceptance Test shall be completed within Three
months since the Contract date.
2 Functional Requirement
2.1 Power Characteristics
1) Voc : > 101.58V
2) Isc: > 24.05A
3) Vmp : 92V
4) Imp : 23.51A
5) Pmax : > 2163.09W
6) MPPT Accuracy : 2%
7) MPPT Response Time
Peak Voltage response : shall be guaranteed up to 200 Hz
Peak Current response : shall be guaranteed up to 200 Hz
Peak Power response: shall be guaranteed up to 400Hz
2.2 Communication
1) 10/100 Base-T Ethernet LAN Interface
2) GPIB interface Standard shall be provided
2.3. Protection Features
1) Over-voltage, Over-current, Over-temperature protection
2.4. System Control Tools
1) In order to Control the Configuration, Parameter Setting and
Monitoring, System Control Tools shall be provided.
2) The display figure of the System Control Tools shall be designed
as like the existing SAS (KARI - Old Model). (Output Power Display,
Alarm, etc)
3) Access Mode shall has two control mode - Local Mode and Remote
Mode.
2.5. Server Control allows access to the System
1) SAS shall be able to be accessed from Server such as another
equipment.
2.6. The interface (including S/W) between PACE (Power And Control
Equipment - KARI having) and SAS shall be provided.
2.7. The hardware interface of SAS shall be concerned for utilizing
the existing cables (Power Cables and Monitoring CAbles).
2.8. SAS Basic H/W Specification
1) Power : 380 VAC 3Ø 5Wire
2) Output Power shall be assigned to Connector J1 and the Type of
connector shall be 31pin Circular Socket with the equivalent level
to Mil-std.
3) Power Status, One of the Communicating information between PASE
and SAS, shall be utilized as the equivalent level to Mil-std. The
Connector shall be 19 Pin Circular Pin Type.
2.9 Rack Manufacture
2.9.1 Rack shall be manufactured under the specifiaction of
EIA-RS310-C, IEC-297-1 and DIN-4149.
2.9.2 The size of the Rack shall be designed as the following figure
2. Rack Conceptual Design diagram.
1) One Bay 19inch
2) I-Bolt (M12) shall be installed at top of the rack.
Figure 1. SAS (Solar Array Simulator) Block Diagram
그림 2 Rack Conceptual Design Diagram